Table 2.

Resulting quantities for various $\dot{m}$ in our models.

$\log \dot{m}$	B	$\log {\tau }_T$	Θe	αIC	$\log {\epsilon }_{\gamma \gamma }$	$\log L_{\mathrm{H}\alpha }$	PCR/Pth
	[kG]				[MeV]	[erg s−1]	[%]
−3.33	0.038	−2.38	3.18	1.06	5.57	38.00	2.05
−2.88	0.064	−1.93	2.62	0.92	5.19	38.90	1.89
−2.43	0.11	−1.48	2.01	0.79	4.06	39.81	1.60
−1.98	0.18	−1.02	1.46	0.63	3.28	40.72	1.18
−1.52	0.30	−0.57	1.04	0.42	2.06	41.62	0.78

$\dot{m}$ is the normalized mass accretion rate, B is the magnetic field, τ_T is the Thomson optical depth, Θ_e is the normalized electron temperature, α_IC is the spectral index of Comptonized photons, ε_γγ is the cutoff energy of photons by γγ interactions, L_Hα is the Hα luminosity, $P_{\mathrm{CR}}/P_{\mathrm{th}}$ is the ratio of CR pressure to thermal one.